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Hardware-near development

Firmware, microcontrollers & IoT.

We develop the intelligence inside connected products – from sensor input and reliable control to energy-efficient wireless communication.

FirmwareMikrocontrollerLoRaWANUltra Low Power

Embedded capabilities

Hardware and firmware developed as one system.

Every decision follows function, reliability, energy demand and the route from prototype to product.

01

Firmware development

Structured firmware for control, measurement, communication and safe device states.

02

Microcontroller integration

Platform selection, peripheral configuration and hardware-near implementation.

03

Sensors & actuators

Capture physical values and control motors, relays or other outputs reliably.

04

Interfaces

Integration using suitable buses and protocols such as I²C, SPI, UART or CAN.

05

IoT & wireless

Connected devices using LoRaWAN, Wi-Fi, Bluetooth or a fitting radio standard.

06

Ultra low power

Sleep concepts, event-driven operation and energy-aware component selection.

System architecture

One continuous chain from the physical signal to useful information.

01Sense

Sensors and inputs

02Process

Firmware and logic

03Connect

Radio and interfaces

04Use

Status, data and control

Anonymised customer project

Ultra-low-power device with LoRaWAN connectivity.

For a customer project, mechanics, electronics and firmware were developed as a coordinated system. The device detects and controls local processes and transmits relevant status information over long distances via LoRaWAN.

Energy-aware hardware and firmware enable long autonomous operation. Customer-specific functional details remain confidential.

Development
Mechanics, electronics and firmware
Connectivity
LoRaWAN
Operation
Ultra Low Power
Discuss an embedded project
CAD view of an anonymised connected embedded device
System design with electronics
Product rendering of an anonymised LoRaWAN device
Integrated product concept

Development path

Testable stages instead of hidden risk.

Requirements firstFunction, environment, energy and interfaces define the platform.

Early proofCritical functions are validated before everything is integrated.

Documented resultScope and handover documents are agreed transparently.

FAQ

Frequently asked questions about embedded development.

Which microcontrollers and platforms do you use?

Selection depends on function, energy demand, interfaces, availability and the intended quantity. A platform is chosen only after these requirements are clear.

Can you continue developing existing hardware?

Yes. We assess the circuit, interfaces and existing code where the necessary documentation and rights are available, then define a sensible development path.

Which wireless technologies are possible?

Depending on range, data volume and energy demand, suitable options can include LoRaWAN, Wi-Fi, Bluetooth or other radio technologies.

Do project details remain confidential?

Yes. Requirements, circuits, firmware and product ideas are treated confidentially. A non-disclosure agreement can be concluded before the technical exchange.

Your connected product

Ready for a first technical assessment?

A functional description, sketch or existing prototype is sufficient for the first confidential discussion.

Discuss project